BOOK
Neuromonitoring and Assessment, An Issue of Critical Care Nursing Clinics of North America, E-Book
(2016)
Additional Information
Book Details
Abstract
Neuromonitoring is a broad term that essentially accounts for the essence of neuroscience nursing. Â Nurses working with critically ill, neurologically impaired patients should have a foundation in not only in invasive neuromonitoring, but the more subtle aspects of care. Â Nurses must understand that they are the most important tool in monitoring patients and interpreting the data. Â This issue of Critical Care Nursing Clinics will bring together the critical aspects of neuromonitoring in the intensive care units that can be used as a resource for nurses. Some articles included are devoted to Temperature Targeted Management; Refractory Intracranial Pressure Management; Blood pressure monitoring controversies; Invasive Neuromonitoring; Neuroradiology Review; Nursing Monitoring of Critically Ill Neurological Patients; Case Studies in EEG monitoring; and Neuromonitoring in the Operating Room.
Table of Contents
Section Title | Page | Action | Price |
---|---|---|---|
Front Cover | Cover | ||
Neuromonitoring and Assessment\r | i | ||
Copyright\r | ii | ||
Contributors | iii | ||
CONSULTING EDITOR | iii | ||
EDITOR | iii | ||
AUTHORS | iii | ||
Contents | vii | ||
Preface: Neuromonitoring in the Intensive Care Unit\r | vii | ||
The Bedside Nurse: The Foundation of Multimodal Neuromonitoring\r | vii | ||
Blood Pressure Management Controversies in Neurocritical Care\r | vii | ||
Delirium in the Neuro Intensive Care Unit\r | vii | ||
Neuroradiology of the Brain \r | viii | ||
Management of Refractory Intracranial Pressure\r | viii | ||
Invasive Neuromonitoring\r | viii | ||
Principles of Neuro-anesthesia in Neurosurgery for Intensive Care Unit Nurses\r | viii | ||
Optic Nerve Sheath Diameter Ultrasound and the Diagnosis of Increased Intracranial Pressure\r | ix | ||
The Use of Automated Pupillometry in Critical Care\r | ix | ||
Cerebral Microdialysis\r | ix | ||
Targeted Temperature Modulation in the Neuroscience Patient\r | ix | ||
CRITICAL CARE NURSING\rCLINICS OF NORTH AMERICA\r | xi | ||
FORTHCOMING ISSUES | xi | ||
June 2016 | xi | ||
September 2016 | xi | ||
December 2016 | xi | ||
RECENT ISSUES | xi | ||
December 2015 | xi | ||
September 2015 | xi | ||
June 2015 | xi | ||
Preface:Neuromonito\rring in the Intensive Care Unit | xiii | ||
The Bedside Nurse | 1 | ||
Key points | 1 | ||
INTRODUCTION | 1 | ||
GOALS OF CLINICAL MONITORING THROUGH NEUROLOGIC ASSESSMENT | 2 | ||
STATE OF THE SCIENCE: ONGOING NEUROLOGIC ASSESSMENT IN THE NEUROSCIENCE INTENSIVE CARE UNIT | 3 | ||
National Clinical Practice Guidelines | 3 | ||
Clinical Monitoring and Outcomes | 5 | ||
Clinical Monitoring and Adverse Outcomes | 5 | ||
NEUROLOGIC MONITORING ASSESSMENT SCALES | 6 | ||
ROLE OF THE CLINICAL EXAMINATION IN MULTIMODAL NEUROMONITORING | 7 | ||
SUMMARY | 7 | ||
REFERENCES | 7 | ||
Blood Pressure Management Controversies in Neurocritical Care | 9 | ||
Key points | 9 | ||
INTRODUCTION | 9 | ||
CONTROVERSIES IN MONITORING: NONINVASIVE OR INVASIVE BLOOD PRESSURE MEASUREMENT | 10 | ||
CONTROVERSIES IN MONITORING: ARTERIAL TRANSDUCER PLACEMENT | 13 | ||
CONTROVERSIES IN BLOOD PRESSURE MANAGEMENT: TREATMENT | 14 | ||
RECOMMENDATIONS, FUTURE RESEARCH, AND TECHNOLOGICAL ADVANCES | 15 | ||
SUMMARY | 17 | ||
REFERENCES | 17 | ||
Delirium in the Neuro Intensive Care Unit | 21 | ||
Key points | 21 | ||
WHAT IS DELIRIUM? | 22 | ||
Delirium Motor Subtypes | 22 | ||
INCIDENCE AND CONSEQUENCES | 23 | ||
PATHOPHYSIOLOGY | 24 | ||
Neuroinflammation Hypothesis | 24 | ||
Oxidative Stress Hypothesis | 24 | ||
Neurotransmitter Hypothesis | 24 | ||
Neuroendocrine Hypothesis | 25 | ||
Neuronal Aging Hypothesis | 25 | ||
DELIRIUM ASSESSMENT | 25 | ||
Step 1: Risk Factor Assessment | 25 | ||
Steps 2: Pain Assessment | 27 | ||
Step 3: Level of Consciousness—Sedation–Agitation Assessment | 27 | ||
Step 4: Delirium Assessment | 31 | ||
SUMMARY | 31 | ||
REFERENCES | 32 | ||
APPENDIX A | 33 | ||
APPENDIX B | 34 | ||
APPENDIX C | 35 | ||
Additional delirium resources | 35 | ||
Neuroradiology of the Brain | 37 | ||
Key points | 37 | ||
INTRODUCTION | 37 | ||
ANATOMY OVERVIEW | 38 | ||
Tissue | 38 | ||
Arterial Vasculature | 39 | ||
Venous Drainage | 39 | ||
Ventricular System | 40 | ||
DEFINITIONS | 42 | ||
BASIC BRAIN IMAGING | 51 | ||
Computerized Tomography Scan: Brain | 51 | ||
Physics | 52 | ||
Advantages/disadvantages | 52 | ||
Advantages | 52 | ||
Disadvantages | 53 | ||
MRI: Brain | 53 | ||
Physics | 53 | ||
Diffusion-Weighted Imaging: Brain | 54 | ||
Physics | 54 | ||
Advantages/disadvantages | 54 | ||
Advantages | 54 | ||
Disadvantages | 54 | ||
ADVANCED COMPUTERIZED TOMOGRAPHY/MRI/ANGIOGRAPHY IMAGING: VASCULAR | 55 | ||
Computerized Tomography Angiography: Brain/Neck | 55 | ||
Physics | 56 | ||
Computerized tomography angiography | 56 | ||
Magnetic resonance angiography | 56 | ||
Contrast | 56 | ||
Flow dependent | 57 | ||
Flow independent | 57 | ||
2-D and 3-D acquisitions | 57 | ||
Computerized Tomography/MRI Venogram: Brain/Neck | 57 | ||
Computerized Tomography/MRI Perfusion | 57 | ||
Pathophysiology/physics | 58 | ||
Computerized tomography perfusion | 58 | ||
Magnetic resonance perfusion | 59 | ||
Cerebral Angiography | 59 | ||
Physics | 60 | ||
Advantages | 60 | ||
Disadvantages | 60 | ||
Clinical applications | 61 | ||
Computerized Tomography Imaging | 61 | ||
Primary indications | 63 | ||
Secondary indications | 63 | ||
MRI | 63 | ||
Angiography | 64 | ||
SUMMARY | 64 | ||
REFERENCES | 64 | ||
Management of Refractory Intracranial Pressure | 67 | ||
Key points | 67 | ||
OVERVIEW | 67 | ||
MANAGEMENT | 69 | ||
INTERVENTIONS | 70 | ||
Nursing Management During Period of Normal Intracranial Pressures | 73 | ||
HYPERTHERMIA | 73 | ||
Implications for Critical Care Nurses | 73 | ||
SUMMARY | 74 | ||
REFERENCES | 74 | ||
Invasive Neuromonitoring | 77 | ||
Key points | 77 | ||
INTRODUCTION | 77 | ||
RATIONALE FOR INVASIVE NEUROMONITORING | 78 | ||
INDICATIONS FOR INVASIVE NEUROMONITORING | 78 | ||
INTRACRANIAL MONITORING OPTIONS | 79 | ||
Device Insertion | 79 | ||
External Ventricular Devices | 80 | ||
Intraparenchymal Monitors | 81 | ||
ADVANTAGES AND DISADVANTAGES OF INVASIVE NEUROMONITORING | 81 | ||
Brain Tissue Oxygen Monitoring | 81 | ||
CONTROVERSIES IN INVASIVE NEUROMONITORING | 82 | ||
Does the Evidence Support Practice? | 82 | ||
Benchmark Evidence from South American Trials: Treatment of Intracranial Pressure Trial | 83 | ||
Intracranial Pressure Monitoring Alone Versus Multimodal Monitoring | 83 | ||
SUMMARY | 84 | ||
REFERENCES | 84 | ||
Principles of Neuro-anesthesia in Neurosurgery for Intensive Care Unit Nurses | 87 | ||
Key points | 87 | ||
INTRODUCTION | 87 | ||
PREOPERATIVE EVALUATION | 88 | ||
INDUCTION CONSIDERATION | 88 | ||
INTRAOPERATIVE CONSIDERATIONS | 89 | ||
Positioning Concerns | 89 | ||
Supine | 90 | ||
Prone | 90 | ||
Sitting | 90 | ||
Padding | 90 | ||
Neuromonitoring | 90 | ||
Intracranial Pressure Management | 91 | ||
Monitoring | 91 | ||
Maintenance | 91 | ||
Brain Relaxation Techniques | 91 | ||
Fluids | 91 | ||
SURGERY SPECIFIC CONSIDERATIONS | 91 | ||
Craniotomy for Elective Aneurysm Clipping | 91 | ||
Craniotomy for Subdural Hematoma | 92 | ||
Spines | 92 | ||
EMERGENCE FROM ANESTHESIA | 92 | ||
Considerations | 92 | ||
Complications | 93 | ||
Postoperative Management | 93 | ||
CONSIDERATIONS FOR THE INTENSIVE CARE UNIT NURSE | 93 | ||
REFERENCES | 94 | ||
Optic Nerve Sheath Diameter Ultrasound and the Diagnosis of Increased Intracranial Pressure | 95 | ||
Key points | 95 | ||
SUMMARY OF PROCEDURE | 96 | ||
Review of the Literature | 97 | ||
Implications for Clinicians | 98 | ||
SUMMARY | 98 | ||
REFERENCES | 99 | ||
The Use of Automated Pupillometry in Critical Care | 101 | ||
Key points | 101 | ||
INTRODUCTION | 101 | ||
NEUROLOGIC EXAMINATION | 102 | ||
CRANIAL NERVES | 102 | ||
PUPILLOMETER | 103 | ||
DISCUSSION | 104 | ||
SUMMARY | 106 | ||
SUPPLEMENTARY DATA | 106 | ||
REFERENCES | 106 | ||
Cerebral Microdialysis | 109 | ||
Key points | 109 | ||
INTRODUCTION | 109 | ||
USEFULNESS AND INDICATIONS | 110 | ||
CATHETER PLACEMENT | 110 | ||
DEVICE AND TECHNIQUE | 112 | ||
ANALYTES | 112 | ||
Glucose | 112 | ||
Pyruvate and Lactate | 113 | ||
Glutamate | 115 | ||
Glycerol | 115 | ||
DATA INTERPRETATION | 115 | ||
INCREASED LACTATE LEVEL OR LPR GREATER THAN 25 | 116 | ||
Increased glutamate level | 116 | ||
Increased glycerol level | 116 | ||
SAFETY PROFILE | 117 | ||
PREPARATION FOR CLINICAL APPLICATION | 117 | ||
NURSING CONSIDERATIONS | 117 | ||
SUMMARY | 120 | ||
REFERENCES | 120 | ||
Targeted Temperature Modulation in the Neuroscience Patient | 125 | ||
Key points | 125 | ||
INTRODUCTION | 125 | ||
FEVER | 126 | ||
HISTORICAL PERSPECTIVE | 126 | ||
IMPLICATIONS FOR TARGETED TEMPERATURE MANAGEMENT | 127 | ||
CLINICAL APPLICATION OF TARGETED TEMPERATURE MANAGEMENT | 128 | ||
Traumatic Brain Injury | 128 | ||
Elevated Intracranial Pressure/Intracranial Hypertension | 128 | ||
Ischemic Stroke | 130 | ||
Subarachnoid Hemorrhage | 130 | ||
CONSIDERATIONS AND COMPLICATIONS | 131 | ||
SUMMARY | 134 | ||
REFERENCES | 134 |